Wilson Loops in 3d QFT from D-branes in AdS(4) x CP**3
J. Kluson, Kamal L. Panigrahi
TL;DR
This paper investigates Wilson loops and defects in 3D quantum field theory using D-brane configurations in AdS(4) x CP(3), providing explicit solutions and analyzing boundary effects.
Contribution
It presents explicit D-brane configurations corresponding to Wilson lines in 3D QFT within the AdS(4) x CP(3) framework and examines boundary contributions.
Findings
Explicit D-brane configurations for Wilson lines in AdS(4) x CP(3)
Analysis of boundary contributions to D2-branes and strings
Identification of topological effects on D-brane actions
Abstract
We study the Wilson loops and defects in the three dimensional QFT from the D-branes in the AdS(4) x CP**3 geometry. We find out explicit D-brane configurations in the bulk which correspond to both straight and circular Wilson lines extended to the boundary of AdS(4). We analyze critically the role of boundary contributions to the D2-branes with various topology and to the fundamental string actions.
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